Azimuth super-resolution is an efficient method to enhance the angular resolution of
scanning radar in forward-looking area. The existing super-resolution methods are limited in …

This paper presents an adjustable angular superresolution method to realize high azimuthal
resolution of forward-looking area in scanning radar imaging. Firstly, the received signal in …

An adaptive Bayesian super-resolution imaging algorithm based on the combined multiple
frames data is proposed to enhance the azimuth resolution of airborne single-channel …

Scanning radar is of notable importance for ground surveillance, terrain mapping and
disaster rescue. However, the angular resolution of a scanning radar image is poor …

This paper presents a sparse superresolution approach for high cross-range resolution
imaging of forward-looking scanning radar based on the Bayesian criterion. First, a novel …

Radar forward-looking imaging is important in many fields, such as precision guidance,
autonomous landing, and terrain mapping. Due to the constraints of actual radar aperture …

A maximum a posteriori (MAP) approach, based on the Bayesian criterion, is proposed to
overcome the low cross-range resolution problem in forward-looking imaging. We adapt …

The aim of angular super-resolution is to surpass the real-beam resolution. In this paper, a
method for forward-looking scanning radar angular super-resolution imaging through a …

Forward-looking radar plays an important role in many military and civilian fields. However,
the problem of low azimuth resolution has restricted its applications seriously. Although …

Airborne forward-looking radar (AFLR) has been more and more impoatant due to its wide
application in the military and civilian fields, such as automatic driving, sea surveillance …